Alimentatore MEAN WELL UHP-200-12 200W 12V ingresso 90-264V

The MEAN WELL UHP-200-12 is a slim, enclosed AC-DC single-output power adapter with active PFC, designed to deliver 12VDC at 16.7A (200W). It accepts a wide input voltage range of 90–264VAC and has a compact footprint (55 mm × 194 mm × 26 mm), making it suitable for installations where space is limited. The unit is RoHS compliant and intended for reliable continuous power delivery in industrial, commercial, and embedded applications.

Advantages

This enclosed power supply provides stable 12V output up to 16.7A with integrated power factor correction, compact dimensions for space-constrained setups, and broad input voltage compatibility. The slim metal housing allows for easy mounting in racks or enclosures while meeting RoHS environmental requirements.

Suitable for

• Embedded systems and single-board computers requiring 12V/16.7A supply
• Industrial control panels and automation equipment
• LED lighting drivers and signage power solutions
• Network devices and small servers with 12V input

Key specifications

• Brand: mean well
• Model (MPN): UHP-200-12
• Output: 12V DC, 16.7A, 200W
• Input voltage: 90–264VAC
• Dimensions: 55 mm (W) × 194 mm (D) × 26 mm (H)
• Certifications: RoHS
• Form factor: slim enclosed power supply with PFC
• EAN: 4021087040716

How to use

Install the UHP-200-12 in a well-ventilated enclosure or mounting area with adequate clearance around the slim housing. Connect the AC input to a suitably rated mains source within 90–264VAC, observing local wiring regulations and ensuring correct grounding. Connect the 12VDC output to the load, verifying polarity and that the combined current draw does not exceed 16.7A. Power up and confirm stable output voltage before full operation.

Recommendations

Ensure adequate ventilation and avoid mounting directly on heat-sensitive surfaces. Use appropriate fusing on the AC input and consider transient protection if the installation is exposed to unstable mains. Verify compatibility with the load's inrush current and derate the supply when operating in high ambient temperatures.